Settings

Color Mode

Need support?

Frequently Asked Questions

Explore detailed answers about registration, rankings, memberships, data methodology, payments, and more—powered by the latest information from AD Scientific Index experts.

At AD Scientific Index, we are committed to transparency and responsible data use. All our services — including access to individual and institutional rankings on the main category pages — are offered free of charge. We provide the most comprehensive academic data at no cost, empowering scholars, institutions, regions, and countries with valuable insights.

In line with our Privacy and Cookies Policy and Personal Data Processing Consent Form, we ensure your personal data is processed lawfully, securely, and transparently. We use cookies and limited personal data to enhance functionality, analyze performance, and deliver our services — both free and premium — in compliance with GDPR and the UK Data Protection Act.

While free access includes core academic rankings and data browsing, those seeking advanced services — such as customizable and password-protected individual and institutional profile management — may opt for our reasonably priced premium plans. These options are detailed on our Premium Services, and any data collected for such services is securely stored and handled in accordance with your explicit consent.

For full details on how your data is collected, processed, and protected, please refer to our Privacy Policy and Consent Form.
You can register for the AD Scientific Index by filling out your information through the 'Register' link. This will allow you to access the system and enjoy all the features available for PREMIUM USERS. Profile address notifications and inclusion requests sent by mail are not considered. We do not have a policy of automatically including everyone with a Google Scholar profile. The only way to be included in AD Scientific Index is to register online through the 'Register' link.
Notifications of missing or lost names and inclusion requests sent via email are not considered. We do not have a policy of automatically including everyone with a Google Scholar profile. The only way to be included in AD Scientific Index is to register online through the 'Register' link.
You can review the individual and institutional bulk registration fees for PREMIUM membership through the "Register & Pricing" link.
The registration fee offers increasing discounts for longer subscription periods. We recommend the 3-year membership plan. You can review the details through the "Register & Pricing" link.
Yes, institutions can benefit from bulk registration with special discounts. The more registrations made, the greater the discount. Additionally, bulk registrations offer extra features specifically for institutions. For more details, please visit the "Register" link.
Institutional membership allows universities, research centers, and other entities to manage their presence on the platform, including bulk registration, enhanced visibility, and customized reports. Additionally, bulk registrations offer extra features specifically for institutions. For more details, please visit the "Register" link.
If you do not renew your membership, your profile will remain visible, but you will lose access to PREMIUM USER features, such as detailed analysis reports and additional profile customizations.
Exclusive Insights and Strategic Advantages – Premium Membership

Why Choose Premium Membership? Premium Membership is designed to elevate your academic career, offering in-depth insights and tools to help you manage your research more effectively. Here are some key benefits:

✅ In-Depth Analysis & Comprehensive Reports
Get detailed analysis of your academic performance, customized reports, and strategic insights to enhance the visibility and impact of your research.

✅ Strategic Advantages
Access features such as rankings (H Index, i10 Index, Citations), subject-specific rankings, institutional comparisons, and the ability to customize your profile (ORCID ID, awards, achievements, publications, etc.). You can also manage and protect your data with password-protected access.

✓ All Education Information, ✓ All Work Experience, ✓ All Publications, ✓ All Articles and links, ✓ All Published Books and Book Chapters, ✓ All Presentations, ✓ All Courses, ✓ All Projects, ✓ All Editorial, Refereeing, and Scientific Committee, ✓ Patents / Designs, ✓ Academic Grants and Awards, ✓ Artistic Activities, ✓ All Certificates / Courses / Trainings, ✓ Association and Community Memberships, ✓ Ability to hide name or picture, ✓ Ability to show the areas you want, ✓ Change of subject, ✓ Ability to enter and make changes with a password, ✓ Many comparisons on the dashboard, and many other features,

✅ Exclusive Support
Premium members receive priority customer support, ensuring quick assistance when needed.

✅ Priority in the "Find a Professional" section
You will be listed with priority in the "Find a Professional" section.

Upgrade today and take a strategic step forward in your academic journey!
If you wish to opt out and have your profile removed, please contact us at [email protected] with your AD Scientific Index ID and reason for removal.
I found that a colleague is listed in the ADSI rankings, but I am not. Why am I not on the list, and how can I get included?
A: Not being listed can be concerning, but it doesn’t necessarily reflect on your accomplishments. AD Scientific Index does not automatically include every researcher with a Google Scholar profile. Initially, AD Scientific Index started by scanning certain institutions and adding profiles, and it continues to expand its database selectively. To ensure inclusion, the recommended way is to register on the AD Scientific Index website. AD Scientific Index’s FAQ and policies make it clear that filling out the online registration form is the way to be added – they don’t accept email requests or automatically scrape all profiles. Registration may involve providing your Google Scholar ID or profile link and some verification. There might be a processing time (and note that AD Scientific Index offers premium membership options, though basic listing is generally free aside from possibly a one-time registration fee). If you have registered and still don’t see your name after the next update cycle (updates happen periodically, as mentioned), you could reach out to AD Scientific Index support.
Growth of the AD Scientific Index
Since its establishment, the AD Scientific Index has significantly expanded in terms of scientists, institutions, and countries:

May 25, 2021: 417,605 scientists, 167 countries, 9,525 universities

June 18, 2021: 700,093 scientists, 182 countries, 11,350 universities

June 5, 2022: 948,737 scientists, 216 countries, 15,652 universities

October 1, 2022: 1,082,054 scientists, 19,490 universities

April 1, 2023: 1,350,571 scientists, 218 countries, 21,500 universities

March 9, 2025: 2,509,177 scientists, 221 countries, 23,800 institutions

As of today, the AD Scientific Index includes 2,626,463 scientists from 24,528 institutions across 221 countries.

Automatic Inclusion Is Not Our Goal
Although these figures represent one of the broadest global academic datasets, we emphasize that automatically including all researchers with public Google Scholar profiles is not our goal.

Automatically indexing all public profiles would compromise data quality, verifiability, and sustainability. Instead, we focus on maintaining a high-quality, controlled, and transparent database that reflects real academic performance and institutional accuracy over time.

How to Be Included in the Index
New entries are limited to the following registration options:

- Paid Individual Registration: Researchers can ensure immediate inclusion by registering via the Register link on our website.

- Institutional Registration: Universities, research centers, hospitals, and institutes can enroll their academic staff through our bulk registration system.

We do not accept inclusion requests via email or other communication channels.

Profile Review and Removal Policy
To ensure integrity, profiles may be removed under the following conditions:

Hidden or Deleted Google Scholar Profiles: Metrics such as H-index, i10 index, and citation count are removed.

Ethical Violations: Profiles involving false authorship, retracted publications, citation manipulation, or fabricated content are deleted without refund.

Voluntary Removal: Individuals may request removal of their profiles at any time.

These rules are essential to maintaining academic fairness. As a result, some researchers at the same institution may be included while others are not—this reflects data structure and eligibility, not personal merit.

Additional Note
Our methodology has helped uncover ethical violations and irregular behaviors, reported by individuals or institutions, leading to necessary removals.

To learn more, please visit our Methodology page.
No, registration by email is not possible. The only way to be included in the AD Scientific Index is by filling out the registration form through the REGISTER link on our website. This ensures that all necessary information is provided securely and accurately.
Your ranking will become visible within 0-5 days after registration. This timeframe allows us to conduct necessary data cleaning, verification, and ensure the accuracy of your ranking within the system. Please note, if any trust-compromising issues are detected in your data, your registration will not be processed, even if you have paid the fee, or your profile will be registered with zeroed data until you correct your profile.
The data is refreshed every 60 days; however, rankings are updated every 2 days due to additions, deletions, and corrections.
No, profile data is automatically updated based on publicly available Google Scholar profiles. Manual updates are not possible.
Your data is renewed every 15-25 days on average, so no need to send a message.
Please send an email to [email protected] with your AD Scientific Index ID number.
AD Scientific Index includes over 2.5 million scientists from 221 countries and 24,577 institutions, based on publicly available Google Scholar profiles. However, not all researchers are included, and the absence of a name does not diminish their scientific value. Some reasons for exclusion are:

Technical and Resource Limitations: Due to the large number of researchers and constant changes (deaths, retirements, institutional shifts), it is impossible to include everyone. The system is regularly updated, and expansion is limited to those who register through the Register link.
Absence of a Google Scholar Profile: Researchers without a public Google Scholar profile cannot be included.
Preference for Exclusion: Some scientists may choose to not appear or request removal.
Incomplete or Inaccurate Profiles: Profiles with insufficient or irrelevant data may be excluded.
Ethical Concerns: Profiles containing unethical or misleading information, or retracted articles, will be removed.
Profile Inaccessibility: Technical issues or changes in profile visibility (from public to private) may lead to exclusion.
Researchers can register to be considered for inclusion, and institutions are encouraged to regularly verify the accuracy of their affiliated scientists' profiles.
As a methodology, we facilitate the detection of inaccuracies. This error is not caused by us and will be corrected in the next data update or the person's profile will be deleted.
In order to maintain data security and accuracy, we do not have a policy of including everyone automatically. However, institutions and individuals can register to be included in the list. You can complete the registration process through the "Register" link on our website.
As a premium member, you have the option to hide or limit the visibility of certain sections of your profile on AD Scientific Index. This feature is designed for users who desire more privacy. With a premium membership, you have greater control over the information displayed on your profile, ensuring that only the details you want to share are visible. For more information, please check the Premium Membership features.
How Does AD Scientific Index Rank Scientists?
AD Scientific Index evaluates academic performance using six key indicators across two distinct timeframes:

Timeframes

Total (Career-Long): Reflects cumulative academic impact over the entire career.

Recent (Last 5 years): Reflects academic productivity, research momentum, and institutional contribution over the last 5 years.

By analyzing both dimensions, the Index offers a balanced view of long-term scholarly achievements and recent academic performance.

Core Indicators

H-index (Total & Recent)

i10-index (Total & Recent)

Citation Count (Total & Recent)

These six indicators are used to rank over 2.6 million scientists and 24,500 institutions across:

World, Continent, Country, University
Branch, Sub-Branch

Ranking Logic
Each ranking is based on a customized order of indicator priority, depending on the ranking type:

Ranking Type Indicator Priority Order
Total H-index Total H-index → Recent H-index → Total i10 → Total Citations
Recent H-index Recent H-index → Recent i10 → Total H-index → Recent Citations
Total i10 Index Total i10 → Recent i10 → Total H-index → Total Citations
Recent i10 Index Recent i10 → Recent H-index → Total i10 → Recent Citations
Total Citations Total Citations → Recent Citations → Total i10 → Recent i10
Recent Citations Recent Citations → Total Citations → Recent i10 → Total i10
Studies Influencing Ranking Due to High Citation Numbers
For unusually high citations (e.g., CERN, ATLAS, ALICE, CMS), authors are marked with an asterisk “i” to indicate this distinction.
An alternative list excludes these studies to ensure balanced rankings.
If your data is incorrect or outdated, it will be corrected during the next update cycle. You do not need to take any action unless the problem persists beyond 15-25 days on average.
As a PREMIUM USER, you will have access to advanced metrics and tools that help you track the impact of your publications and analyze your academic influence.
Check the information of your institution and relevant personnel, and report any corrections. You can make all your staff premium members if desired.

Services You Can Access Under the SMART Plan
With the SMART Institutional Excellence Plan offered by AD Scientific Index, your institution can benefit from the following services:

✅ Real-Time Institutional Performance Analysis
Up-to-date performance profiles based on H-index, i10-index, and citation metrics.

✅ Individual Contribution-Based Institutional Ranking
A fair and transparent ranking model driven by the academic achievements of your staff.

✅ Competency Maps by Field and Subfield
In-depth analysis across 13 main fields and 211 sub-disciplines, identifying your institution’s strengths and areas for development.

✅ Personnel Management and Enhanced Visibility
Upgrade all academic staff to premium membership and gain priority visibility across platform pages.

✅ Scientist Selection and Listing Tools
Filter and analyze faculty members by department, discipline, academic title, or performance indicators.

✅ Customizable Institutional Web Page and Content
Personalize your institution’s page with logos, images, and detailed academic profiles.

✅ Ethical Oversight and Profile Verification Support
Assistance with profile accuracy, detection of unethical publication behavior, and proactive removal prevention.
If structured as an independent unit with a web address, sub-units like institutes, research centers, laboratories, hospitals can be listed as autonomous institutions. For institutional requests, affiliated units can be separated and listed as independent institutions with ranking scores.
Yes, AD Scientific Index provides detailed customized analysis reports for institutions. These reports offer an in-depth analysis of your institution's scientific achievements and highlight its performance in global rankings. Tailored to your specific needs, these reports help you better understand your institution’s academic strengths and assist in strategic decision-making processes. More information
Yes, with AD Scientific Index’s exclusive INSTITUTIONAL MEMBERSHIP, institutions such as universities, institutes, companies, and hospitals can fully customize and manage their profiles for a period of 3 years. This membership offers comprehensive control over your institution’s online presence within the global academic community, ensuring that your institution's strengths and achievements are highlighted effectively.

Why Choose INSTITUTIONAL MEMBERSHIP?

Comprehensive Control for 3 Years: With a one-time fee, your institution gains full access to edit and manage its page for 3 years. This includes the ability to log in securely, manage academic and organizational data, and reflect the most accurate and up-to-date information.

Exclusive Customization Features:

University Rankings: You can update all academic rankings, such as Total H Index, Last 6 Years H Index, Total i10 Index, Last 6 Years i10 Index, Total Citations, and Last 6 Years Citations.
Subject-Specific Rankings: Customize rankings in various subjects, including Agriculture, Arts, Business, Education, Engineering, Health Sciences, Natural Sciences, Social Sciences, and more.
Institution Details: Edit key information like your institution's name, abbreviation, local language name, establishment date, and contact information.
Visual and Social Media Updates: Update your logo, social media profiles (X, YouTube, Facebook, Instagram, LinkedIn, etc.), and add promotional videos and banners.
Academic and Administrative Information: Manage faculty details, student statistics, academic programs, application procedures, scholarships, and more.
Appearance Preferences: Customize the look of your page and update your institution’s FAQ section to better inform visitors.
Flexible Management: At any time, you can update, add, or remove information, ensuring your page remains relevant and appealing to the global academic audience.

Simple and Convenient Process: After securing your WEB PAGE MEMBERSHIP, editing and maintaining your institution's page becomes a simple task, thanks to the user-friendly tools provided. This ensures that your institution's profile is always maintained to the highest standard.

360° Institutional Analysis Subscription
Comprehensive Insights to Elevate Your Institution’s Global & Local Standing

Discover how your institution compares among 25,000+ universities worldwide. Uncover strengths, identify areas for improvement, and develop data-driven strategies to climb higher in global, regional, national, and local rankings.

Experience the Live Demo
Have You Ever Seen Your University Like This? Explore how our 360° Institutional Analysis can transform your perspective!

Go to: [Live Demo Page] User Email: [email protected] | Password: demo
Compare rankings, strengths, weaknesses, and faculty performance among 24,500+ institutions—all in real time.

For further questions or assistance, feel free to contact us at [email protected].

Take Control of Your Institution’s Academic Profile Today!

With a INSTITUTIONAL MEMBERSHIP, your institution can make a lasting impact in the global academic landscape. AD Scientific Index is here to support you throughout this process.
You can place compatible advertisements on our website. Contact [email protected].
You can report inappropriate profiles, ethical violations, death, or other situations that may require deletion of relevant profiles to [email protected].
We welcome suggestions and feedback from our users. Please send your ideas to [email protected]
You do not need to be included in the list to find out your ranking. Your ranking will be approximately similar to that of other academics or scientists with similar scores in the list. However, the only way to get on the list is by using the registration page of the website. You can use the individual or institutional registration option from this page. We do not respond to individual registration requests sent via email."
The registration process for the AD Scientific Index is carried out as follows:

1. Visit the Website: First, go to the official AD Scientific Index website and find the 'Register' link in the top menu. This link is used to start the individual or institutional registration process.

2. Complete the Registration Form: You will need to fill out the form with your full name, institution, country, and Google Scholar profile information. Make sure your Google Scholar profile is public, and remove any publications that do not belong to you. This ensures the accuracy of your profile and a fair evaluation in the rankings.

3. Verify Your Information: Before submitting the form, ensure all information is correct and up to date. Incomplete or inaccurate information may result in the rejection of your registration.

4. Submit Your Application: After completing the form, make the payment and submit your application. This step is necessary for your application to be processed and evaluated.

5. Review Process: Once your application is submitted, the AD Scientific Index team will verify and evaluate the information provided. This process takes 0-5 business days.

6. Notification: Once your application is approved, you will receive an email notification confirming your inclusion in the list. Your rankings will be visible within 1-5 business days.

Note: Requests made via email or other communication channels will not be considered. Only registrations made through the website will be processed.
AD Scientific Index’s dual timeframe approach is designed to highlight recent research performance alongside career-long performance. Many traditional rankings or profiles only show total career metrics, which can favor older researchers who have had more time to accumulate citations. By also showing the last five years, AD Scientific Index addresses this imbalance: it shines light on who is actively contributing to science now. Six years is long enough to encompass the impact of several recent projects or papers (and smooth out year-to-year fluctuations), but short enough to reflect current activity. This is helpful for identifying rising stars or institutions on the upswing. For instance, a university department might have a lower overall ranking but a strong last-5-year performance, indicating a rapid improvement. In short, the separate timeframe adds a forward-looking perspective: it helps users see both legacy and momentum in research at a glance.
To ensure data reliability and uphold academic integrity, the AD Scientific Index applies a multi-layered review and monitoring system based on the following three sources:

Algorithmic Screening: Advanced algorithms monitor for unusual citation patterns, abnormal metric increases, suspicious co-authorship behaviors, and similar anomalies.

User Reports: Reports from the academic community, institutions, or subject-specific associations are carefully reviewed to detect potential misconduct or questionable academic practices.

Manual Evaluations: Expert reviewers conduct manual evaluations to assess the accuracy, transparency, and academic relevance of individual profiles.

Review Process and Possible Outcomes
Depending on the type and severity of the violation, one or more of the following actions may be taken:

If appropriate, the profile owner may receive a warning and be given the opportunity to correct the issue.

In cases of serious or uncorrected violations, the profile may be directly removed from the system.

If the violation persists or is repeated, the profile will be permanently excluded from the AD Scientific Index — regardless of whether the individual holds premium membership.

Additionally, individuals who repeatedly or periodically hide their Google Scholar profiles, thereby intentionally hindering data transparency and accessibility, may be disqualified from evaluation or removed from the system altogether. Transparency and continuity are foundational principles of the AD Scientific Index ranking methodology.
Not required to see your ranking in the AD Scientific Index. You can estimate your approximate ranking by looking at the rankings of individuals with similar scores. Required if you wish to be included with all detailed elements in the ranking
Reflect the current productivity and research momentum of scholars and institutions
Reveal the impact of institutional strategies and policies implemented during this period
Analyze scientific output and the current level of academic influence
AD Scientific Index applies a multidimensional and discipline-sensitive approach to academic performance evaluation. Instead of favoring certain fields, the Index ensures that all disciplines—from STEM to Social Sciences, Humanities, and the Arts—are evaluated fairly, using tailored frameworks that reflect each field’s nature and output formats.

Field-Specific Evaluation Principles
Academic disciplines differ in how they produce and disseminate knowledge. Therefore, AD Scientific Index evaluates them accordingly:

Discipline Evaluation Criteria
STEM Publications, high-impact journal ratio, citation count, H-index, i10-index
Law Doctrinal contribution, policy impact, societal relevance
Social Sciences & Education Field studies, policy influence, teaching innovation, real-world application
Arts & Design Creative output, exhibitions, cultural contributions, originality

This adaptive framework avoids the distortions caused by one-size-fits-all models and supports visibility across all disciplines.

Bibliometric Infrastructure and Inclusiveness
The AD Scientific Index is built on Google Scholar, which enables:

Inclusion of non-journal formats (books, theses, reports, conference papers)

Visibility for non-English and region-specific publications

Up to 94% citation coverage in social sciences (vs. 35–43% in others)

This infrastructure is especially beneficial for fields underrepresented in traditional rankings.

Specialized Rankings for Non-STEM Fields
To further reinforce interdisciplinary equity, AD Scientific Index has developed dedicated rankings for Social Sciences, Humanities, and the Arts, ensuring that academic impact in these fields is not overshadowed by STEM dominance.

Social Sciences and Humanities Rankings – The AD Scientific Index Advantage
Dedicated Focus: Covers Business & Management, Economics, Education, History, Philosophy, Theology, Law, and Social Sciences

STEM-Free Evaluation: Medicine, Engineering, and Natural Sciences are excluded to prevent dominance

Equity-Based Framework: Recognizes true academic influence in SSH disciplines

Dual-Level Rankings: Available at both institutional and individual levels, using H-index, i10-index, and citation data

Transparent and Dynamic: Rankings are updated regularly using a publicly available, impact-focused methodology

Arts and Humanities Rankings
Specialization in Creative Fields: Includes History, Philosophy, Theology, Literature, Linguistics, Archaeology, and the Arts

Fair Visibility: Ensures these disciplines are evaluated without comparison to STEM-heavy indicators

Format-Sensitive Evaluation: Recognizes non-traditional outputs such as exhibitions, performances, and creative works

Comprehensive Structure: Rankings provided for both individuals and institutions using H-index, i10-index, and citation-based metrics

These discipline-specific rankings represent a concrete realization of AD Scientific Index’s commitment to interdisciplinary fairness, field-appropriate metrics, and inclusive recognition. Scholars and institutions working in SSH and Arts domains gain rightful visibility through a model aligned with global reform principles like DORA and the Leiden Manifesto.
The SMART Institutional Excellence Plan includes the 360° Real-Time Institutional Analysis module, which offers institutions a real-time, evidence-based evaluation of their academic performance. It provides tools for field-based benchmarking, dynamic dashboards, and researcher profiling. This enables strategic planning in areas such as research development, academic recruitment, and internationalization.
For full features and institutional benefits, visit the SMART Institutional Excellence Plan page
Ranking organizations base their data on their chosen bibliometric databases. Each of these sources has its own strengths and notable limitations — in fact, no data source is entirely comprehensive or flawless. Recognizing these trade-offs is important to justify our use of Google Scholar and to balance the widespread perception that other databases are “completely flawless.”
Some platforms constitute curated citation indexes covering thousands of reputable journals. Thanks to the established metrics they provide (such as citation counts, the h-index, etc.) and their analytical tools, they are regarded by many as the “gold standard” for citation data. These databases, which may cover approximately 9,000 to 15,000 journals, apply various strict inclusion criteria. However, their journal coverage is inherently limited and tends to favor English-language publications and STEM (science, technology, engineering, and mathematics) disciplines. A significant amount of legitimate research in the social sciences, humanities, or in regional/local languages is left out. For example, in some social science fields, databases have been found to cover only 5–20% of publications, leaving the vast majority of studies in these fields unindexed. Moreover, they can also be restrictive and insufficient regarding non-article content: books, book chapters, and conference proceedings — which are critical publication formats in the humanities or computer science — are poorly covered. Even within the natural sciences, some subfields and important journals are not included, which has drawn criticism regarding selection bias. Another practical limitation is accessibility and inclusiveness — since these are paid subscription services, many smaller or less well-funded institutions (and their scholars) cannot access them. In summary, while these databases are considered relatively more reliable, they are by no means comprehensive in terms of coverage; additionally, persistent problems remain in disambiguating institution names and author names (standardization). Furthermore, even in reputable databases, there are hundreds of articles discussing peer review challenges and publication ethics violations.
Google Scholar (GS) is free and has a very broad coverage; it indexes virtually any academic-looking content available on the internet — including journal articles, conference papers, theses, books, and reports — across all languages and fields. This inclusivity gives Google Scholar a much broader scope compared to other databases. Studies have shown that Google Scholar captures far more citations in certain areas, particularly in the social sciences and humanities, that other sources tend to miss. In addition, GS covers citations from books and conference proceedings more effectively, offering a more inclusive picture of research impact in fields where such outputs are significant. Another advantage is its continuous and rapid updating, with no cut-off dates as some other databases apply. Thanks to its open access, any researcher or institution (e.g., using tools like Publish or Perish) can track citations, which helps to democratize bibliometric information that would otherwise remain behind paywalls.
Limitations: Most errors in Google Scholar are random, and there is no evidence that they systematically favor a particular author or field; however, personal-level ethical violations (such as excessive self-citations or fabricated papers) can become more visible in this system. By contrast, other databases may have systematic gaps that consistently exclude certain types of research. Thus, when comparing researchers within the same field using GS data — as long as comparisons are made within similar contexts — Google Scholar can serve as a valuable broad indicator of impact. Nevertheless, its citation counts should be interpreted with caution and with awareness of these limitations.
Conclusion: No bibliometric database is perfect or fully comprehensive — each carries strengths and limitations. Being aware of these limitations is critical for a balanced and inclusive data strategy. Our preference for Google Scholar is based on the goal of capturing a broader spectrum of academic output; however, we are also aware of its shortcomings. In practice, we transparently assess the limitations of each data source. While leveraging Google Scholar’s broad and inclusive coverage, we seek to mitigate its weaknesses through methods such as identifying unethical practices and applying layered data cleaning, thereby providing significant advantages that promote equity among individuals, institutions, countries, journals, and publishers. The key point is this: “there is no entirely flawless and comprehensive data source yet available”; bibliometric databases continue to mature with the contributions of the academic community. Therefore, the best approach is to understand the constraints of each source and to use the data carefully and in appropriate context.
Our Approach:
Global, practical, inclusive methodology
Robust auditing to mitigate data source limitations
Continuous data cleansing (nearly 1 million profiles reviewed; many deleted)
Ongoing quality improvements ensure increasingly accurate and up-to-date rankings, approaching real-time accuracy.
New entries, deletions, corrections typically visible within 1–3 days
H-index, i10-index, and citation numbers are updated every 20 days, while the ranking is refreshed every 2 days.
Data primarily from Google Scholar with a focus on standardizing names, institutions, and data
User contributions to enhance data accuracy are always welcome
New entries, deletions, and corrections typically become visible within 0–3 days.

Rankings are refreshed every 3 days.

H-index, i10-index, and citation counts are updated every 20 days.

Data is primarily sourced from Google Scholar, with strong emphasis on standardizing names, institutions, and metric integrity.

We welcome user contributions to help enhance data accuracy. If you notice an issue with your profile, feel free to reach out.
New entries, deletions, and corrections are usually reflected within 1–3 days.
Rankings are refreshed every 2 days,
and H-index, i10-index, and citation counts are updated every 20 days.

Data is primarily sourced from Google Scholar, with careful attention to name, institution, and metric standardization.

You don’t need to take any action — updates are handled automatically.

Important notes:

Do not include publications that do not belong to you. This violates ethical standards and may result in profile removal.

Do not close your Google Scholar profile. If it becomes inaccessible, your metrics cannot be retrieved.

If you suspect outdated or incorrect data, please wait for the automatic update cycle.
Making a payment for individual or institutional services on AD Scientific Index is simple:

Credit / Debit Card: Pay securely through our payment page.

Institutional Payment: Customized invoicing and group registration options are available.

Bank Transfer (Wire): Bank details can be provided upon request.
To make payment with Bank Transfer and finish your process:


Wise Transfer (International – Multi-Currency via SWIFT)

Account Name AD Scientific Index Limited
IBAN BE75 9052 9416 6651
SWIFT/BIC: TRWIBEB1XXX
Bank Address Wise, Rue du Trône 100, 3rd Floor, Brussels, 1050, Belgium
This IBAN supports international SWIFT payments in multiple currencies, including: EUR, USD, GBP, AUD, CAD, and JPY.
Recommended for all international payments in the currencies above.
PayPal (coming soon): Will be available for international payments.

Once the payment is completed, your account is typically activated within 0–7 business days.
For details, visit our Payment Page.
If your institution is not currently listed in the AD Scientific Index, please follow these steps:

Double-check the institution’s name.
Make sure you are using both the local and English versions of the name correctly. If your institution is not found among 24,500+ entries:

Register temporarily under another institution from your country.
Complete your individual registration using a different institution from your country. Then, email a correction request to [email protected], stating the correct name of your institution.

Your profile will be updated with the correct institution name within 0–4 business days.

Request institutional bulk registration.
If you would like to include your institution's entire academic staff, contact us at [email protected] to initiate the institutional registration process.
Via Premium tools, reports, and dashboards offered under institutional membership or Smart Institutional Excellence Plan

.
Global reform initiatives such as San Francisco Declaration on Research Assessment (DORA), the Leiden Manifesto, and the Agreement on Reforming Research Assessment (ARRA) all call for moving beyond opaque, prestige-based ranking systems and toward more transparent, fair, and context-aware evaluation frameworks.

The AD Scientific Index puts these principles into practice by offering a verifiable, inclusive, and responsible alternative to traditional rankings — one that prioritizes academic substance over reputation.

✅ How AD Scientific Index Embodies Responsible Metrics
No subjective surveys or impact factors: 100% based on publicly verifiable, researcher-level data (H-index, i10-index, citations)

Dual-timeframe evaluation: Uses H-index, i10-index, and total citation count across both total career and last 5 years, reflecting both legacy and recent momentum

Field-sensitive evaluation: Prevents unfair comparisons across disciplines by enabling subject-level views and benchmarking

No composite scores or hidden weightings: Rankings are constructed from measurable, transparent individual performance data

Inclusive and global: Covers 24,000+ institutions from 221 countries with equal-opportunity representation

Promotes academic integrity: Actively flags citation cartels, excessive self-citation, and honorary authorship — and ensures rapid correction of data issues through user reporting and automated audits

Reliable and updated: Data reliability is continuously maintained via 20–25 day update cycles and transparent correction mechanisms

Openness to broader scholarly outputs: While currently focused on H-index, i10-index, and citation metrics, the AD Scientific Index remains open to integrating broader scholarly contributions (e.g., datasets, software, interdisciplinary outputs) — provided they meet transparency and reliability standards
H-index: The H-index is defined as the largest number h such that h publications have each received at least h citations. This metric reflects both the researcher’s productivity and the sustained impact of their scientific work. The 'recent' version of the H-index considers publications that received at least h new citations in the last 5 years.
i10-index: The i10-index counts the number of publications with at least 10 citations. It highlights the number of works that have reached a moderate level of academic impact and reflects the breadth of a researcher’s scholarly contributions. The 'recent' version of the i10-index refers to the number of publications that have received at least 10 new citations in the last 5 years.
Citation Count: This metric represents the total number of citations received by all of a researcher’s publications. It provides an overall view of the visibility and cumulative influence of their scientific output. The 'recent' version of citation count refers to the number of new citations in the last 5 years to all publications.

The Significance of These Metrics for Academic Performance
These metrics provide a multidimensional evaluation of academic success:
The H-index demonstrates effective and sustained scholarly performance.

The i10-index measures the number of works that have surpassed a certain citation threshold, indicating the breadth of academic impact.

The total citation count reflects the extent to which a researcher’s work is followed, referenced, and utilized in the scientific community.

Higher values in these metrics typically indicate a stronger, broader, and more enduring academic influence. These metrics are based on data obtained from publicly available Google Scholar profiles. Google Scholar enables meaningful and comparable analyses across disciplines and countries, thanks to its broad coverage and open access model.
How Is the “AD Scientific Index” Different from Other Rankings?
✅ Transparency and Simplicity
In a landscape where many rankings rely on complex formulas and undisclosed weightings, the AD Scientific Index stands out for its clarity and simplicity. Our methodology is based on six publicly available indicators: the H-index, i10-index, and citation counts — each measured as both total and for the last 5 years. There are no hidden weights, proprietary surveys, or reputation-based calculations. The entire process is transparent, openly published, and easily verifiable. This approach ensures trust, reproducibility, and fairness for all institutions and individuals, regardless of geographic location or institutional size. Additionally, any missing or incorrect data is promptly updated based on user feedback.
✅ Multi-Dimensional Analysis
Comprehensive Metrics: Integrates total and last-five-year H-index, i10-index, and citation counts to provide a broad and balanced picture of academic impact.
Layered Comparisons: Enables evaluations at global, continental, national, and city levels, as well as public and private institutions, revealing both long-term influence and current momentum.
✅ Focus on Individual Scientists
Foundation of Institutional Success: Genuine breakthroughs and reputation stem from individual scientists.
Beyond Broad Factors: While other rankings often focus on “international reputation” or “teaching quality,” the AD Scientific Index homes in on concrete achievements, emphasizing the true drivers of institutional excellence. Unlike other systems that provide institutional scores detached from their human contributors, AD Scientific Index explicitly connects institutional ranking to the success of affiliated individuals. By evaluating scientists first, then building institutional rankings based on top-performing percentiles, the system ensures that institutional prestige reflects the true academic output of its members.

The AD Scientific Index builds institutional rankings from the bottom up by first evaluating over 2.6 million researchers. Each profile includes H-index, i10-index, citation count, academic discipline, and institutional affiliation. Institutions are then ranked based on the number of affiliated researchers falling into global top performance percentiles (e.g., top 3%, 10%, 20%, 90% etc.). This percentile-based approach ensures that institutional strength is transparently linked to individual academic success, rather than obscured behind composite scores or reputation metrics. This model not only reflects institutional excellence more accurately, but also allows users to explore leading researchers by country, field, or institution—creating a global “who’s who” of academia.

✅ Accessible and Inclusive Data
Extensive Coverage: Utilizes publicly available Google Scholar data, carefully screened, to assess researchers across every field, country, and type of institution.
✅ Equal Opportunity
Fair Recognition: Offers equitable acknowledgment to all scientists and institutions, regardless of geographical or institutional background.
Seamless Participation: The system is easy to join on both individual and institutional levels, making academic performance visible at every tier, in near real time.
✅ Democratic and Universal Approach
Global Level Playing Field: Reflects how individual accomplishments shape the overall performance of institutions worldwide.
Commitment to Transparency: Employs impartial, reproducible methods, ensuring equal conditions for prominent research universities and smaller colleges alike.
✅ Identifying Misconduct
Guardian of Integrity: Acts as an early warning system against plagiarism, unethical authorship (e.g., gift authorship), or excessive publication practices.
Institutional and Individual Accountability: Ensures that authentic academic contributions remain in the spotlight by uncovering ethical violations, safeguarding the credibility of researchers and institutions.
7. Unique Features of the “AD Scientific Index”
✅ Dual-Timeframe Metric Evaluation
Each core metric (H-index, i10-index, and citation count) is assessed across two distinct timeframes—career-total and last 5 years. This dual approach ensures that rankings reflect both historical academic achievements and current research momentum, offering a more dynamic and fair assessment of academic performance.
✅ Academic and Economic Independence
Operates entirely free from external influences, ensuring that evaluations focus exclusively on academic merit.
Maintains objective and transparent standards without commercial or political pressure.
✅ Transparent, Verifiable, and Real-Time Methodology
All methodology is openly disclosed and fully reproducible. Unlike traditional rankings, the AD Scientific Index does not rely on proprietary databases, institutional surveys, or hidden weights such as reputation scores or financial inputs.

The AD Scientific Index bases its evaluation of scientists and institutions on publicly available Google Scholar data; however, this data undergoes a multi-layered and continuous data cleaning process—including score inflation checks—to ensure high accuracy and reliability.

Users can directly verify how their own metrics (H-index, i10-index, citation count) influence the rankings and can promptly detect and request corrections for any potential data errors.

In addition, rankings are continuously refreshed: Google Scholar profiles are updated every 20 days, and rankings are recalculated every 2 days. This near real-time model offers dynamic responsiveness—unlike traditional rankings that reflect annual snapshots.

The inclusive structure ensures that academic outputs in all languages and formats—including non-English papers, books, and conference proceedings—gain visibility. This guarantees fairness across all disciplines and geographies, especially in underrepresented fields such as the humanities, social sciences, and local-language research.

In addition to manual data audits, the Index incorporates AI-assisted algorithms to detect anomalies such as suspicious citation patterns, potential self-citation abuse, and ghost authorship—helping ensure data integrity and research ethics.

✅ Comprehensive Institutional Performance Analysis
For universities, institutions, hospitals, and companies, the AD Scientific Index provides both total and last-five-year metrics (H-index, i10-index, citations). This allows users to observe long-term development, identify emerging strengths, and assess recent academic activity at a glance.
✅ Institutional Progress Analysis
Monitors and analyzes institutional development over the last five years, highlighting growth trajectories and performance shifts.
✅ Public vs. Private Comparison
Offers direct comparisons among public universities, as well as with private universities, companies, hospitals, and research institutes.
Illuminates sector-wide benchmarks for a broader context of academic achievement.
✅ Scientific Ranking Distribution
Examines academic staff rankings within each institution, showing percentile-based standings to pinpoint individual and collective strengths.
✅ Individual Status Tracking
Presents detailed profiles for researchers (H-index, i10-index, citations), delivering clear insights into each scholar’s impact and influence.
✅ Global and Regional Rankings
Encompasses 2.626.464 individuals from 24.528 institutions across 221 countries and 10 regions, covering a wide array of disciplines.
Enables branch- and sub-discipline-specific evaluations for targeted insights. individuals from institutions,
✅ Top List Reports
Generates country-level, regional, and global top lists, serving as valuable resources for benchmarking and recognition.
✅ Continuously Refreshed Rankings (Near Real-Time)
Ensures continuous data refresh, with H index, i10 index and citation metrics updated every 10-20 days and rankings recalculated every two days.
Offers users an up-to-date view of academic performance.
✅ Valuing Feedback and Contributions
Incorporates community input to refine the methodology and maintain data accuracy.
Facilitates a collaborative approach that keeps rankings current and reliable.
✅ Increased Visibility & Early Detection of Ethical Violations
Sheds light on unethical practices (e.g., gift authorship, citation cartels, fake paper factories), promoting academic integrity through transparency.
Helps identify and address potential misconduct promptly.
✅ Art and Humanities Rankings & Social Sciences and Humanities Rankings
Provides dedicated rankings that accurately represent these fields, leveraging Google Scholar’s broad coverage.
Ensures these disciplines receive fair, detailed visibility alongside STEM areas.
Strengths and Limitations of Bibliometric Databases
Ranking organizations base their data on their chosen bibliometric databases. Each of these sources has its own strengths and notable limitations — in fact, no data source is entirely comprehensive or flawless. Recognizing these trade-offs is important to justify our use of Google Scholar and to balance the widespread perception that other databases are “completely flawless.”
Some platforms constitute curated citation indexes covering thousands of reputable journals. Thanks to the established metrics they provide (such as citation counts, the h-index, etc.) and their analytical tools, they are regarded by many as the “gold standard” for citation data. These databases, which may cover approximately 9,000 to 15,000 journals, apply various strict inclusion criteria. However, their journal coverage is inherently limited and tends to favor English-language publications and STEM (science, technology, engineering, and mathematics) disciplines. A significant amount of legitimate research in the social sciences, humanities, or in regional/local languages is left out. For example, in some social science fields, databases have been found to cover only 5–20% of publications, leaving the vast majority of studies in these fields unindexed. Moreover, they can also be restrictive and insufficient regarding non-article content: books, book chapters, and conference proceedings — which are critical publication formats in the humanities or computer science — are poorly covered. Even within the natural sciences, some subfields and important journals are not included, which has drawn criticism regarding selection bias. Another practical limitation is accessibility and inclusiveness — since these are paid subscription services, many smaller or less well-funded institutions (and their scholars) cannot access them. In summary, while these databases are considered relatively more reliable, they are by no means comprehensive in terms of coverage; additionally, persistent problems remain in disambiguating institution names and author names (standardization). Furthermore, even in reputable databases, there are hundreds of articles discussing peer review challenges and publication ethics violations.
Google Scholar (GS) is free and has a very broad coverage; it indexes virtually any academic-looking content available on the internet — including journal articles, conference papers, theses, books, and reports — across all languages and fields. This inclusivity gives Google Scholar a much broader scope compared to other databases. Studies have shown that Google Scholar captures far more citations in certain areas, particularly in the social sciences and humanities, that other sources tend to miss. In addition, GS covers citations from books and conference proceedings more effectively, offering a more inclusive picture of research impact in fields where such outputs are significant. Another advantage is its continuous and rapid updating, with no cut-off dates as some other databases apply. Thanks to its open access, any researcher or institution (e.g., using tools like Publish or Perish) can track citations, which helps to democratize bibliometric information that would otherwise remain behind paywalls.
Limitations: Most errors in Google Scholar are random, and there is no evidence that they systematically favor a particular author or field; however, personal-level ethical violations (such as excessive self-citations or fabricated papers) can become more visible in this system. By contrast, other databases may have systematic gaps that consistently exclude certain types of research. Thus, when comparing researchers within the same field using GS data — as long as comparisons are made within similar contexts — Google Scholar can serve as a valuable broad indicator of impact. Nevertheless, its citation counts should be interpreted with caution and with awareness of these limitations.
Conclusion: No bibliometric database is perfect or fully comprehensive — each carries strengths and limitations. Being aware of these limitations is critical for a balanced and inclusive data strategy. Our preference for Google Scholar is based on the goal of capturing a broader spectrum of academic output; however, we are also aware of its shortcomings. In practice, we transparently assess the limitations of each data source. While leveraging Google Scholar’s broad and inclusive coverage, we seek to mitigate its weaknesses through methods such as identifying unethical practices and applying layered data cleaning, thereby providing significant advantages that promote equity among individuals, institutions, countries, journals, and publishers. The key point is this: “there is no entirely flawless and comprehensive data source yet available”; bibliometric databases continue to mature with the contributions of the academic community. Therefore, the best approach is to understand the constraints of each source and to use the data carefully and in appropriate context.
Our Approach:
Global, practical, inclusive methodology
Robust auditing to mitigate data source limitations
Continuous data cleansing (nearly 1 million profiles reviewed; many deleted)
Ongoing quality improvements ensure increasingly accurate and up-to-date rankings, approaching real-time accuracy.
AD Scientific Index currently includes data on 2.626.464 scientists from 24.528 institutions across 221 countries. While these figures represent one of the broadest global datasets, we emphasize that automatically including all researchers with public Google Scholar profiles is not our goal.
The primary ways to be included are:

Paid Individual Registration: Researchers can ensure immediate inclusion by registering through the “Register” link at www.adscientificindex.com.

Institutional Registration: Universities, institutes, hospitals, and research centers can enroll their academic staff through our institutional bulk registration option.

Automatically indexing all public Google Scholar profiles would compromise data quality and sustainability. Instead, AD Scientific Index prioritizes a sustainable, high-quality, and verifiable data structure over unlimited inclusion, aiming to ensure long-term academic reliability and fair representation.

Additional considerations include:

Hidden or Deleted Profiles: Metrics (e.g., h-index, i10 index, citation count) of hidden or deleted profiles are removed from the system.

Removal Due to Ethical Issues: In cases involving false authorship, retracted publications, citation manipulation, or fabricated content, profiles may be removed without refund—even if registered.

Voluntary Removal: Profiles may be removed upon request.

As a result, some researchers from the same institution may be listed, while others are not. This reflects the structure and operational limits of the system, not individual academic merit. Researchers and institutions seeking increased visibility are encouraged to consider individual or institutional registration options tailored to their needs.
To ensure data reliability and uphold academic integrity, the AD Scientific Index applies a multi-layered review and monitoring system based on the following three sources:

Algorithmic Screening: Advanced algorithms monitor for unusual citation patterns, abnormal metric increases, suspicious co-authorship behaviors, and similar anomalies.

User Reports: Reports from the academic community, institutions, or subject-specific associations are carefully reviewed to detect potential misconduct or questionable academic practices.

Manual Evaluations: Expert reviewers conduct manual evaluations to assess the accuracy, transparency, and academic relevance of individual profiles.

Review Process and Possible Outcomes
Depending on the type and severity of the violation, one or more of the following actions may be taken:

If appropriate, the profile owner may receive a warning and be given the opportunity to correct the issue.

In cases of serious or uncorrected violations, the profile may be directly removed from the system.

If the violation persists or is repeated, the profile will be permanently excluded from the AD Scientific Index — regardless of whether the individual holds premium membership.

Additionally, individuals who repeatedly or periodically hide their Google Scholar profiles, thereby intentionally hindering data transparency and accessibility, may be disqualified from evaluation or removed from the system altogether. Transparency and continuity are foundational principles of the AD Scientific Index ranking methodology.
Guide for Individual Researchers: How to Read AD Scientific Index Rankings

Understanding your presence on the AD Scientific Index can be empowering for any researcher. AD Scientific Index is a global ranking platform that evaluates over 2.6 million scientists from 24,500+ institutions across 221 countries. Unlike traditional university-only rankings, AD Scientific Index focuses on individual academics as well as institutions. It compiles data from publicly available Google Scholar profiles and bases its rankings on three key metrics: H-index, i10-index, and total citations, considering each both over a researcher’s entire career and within the last five years. This means AD Scientific Index captures not only your long-term scholarly impact but also your recent research momentum.
This guide will walk you through each metric displayed in AD Scientific Index rankings and profiles, explain what the numbers mean, and show you how to interpret the “Total” vs “Last 5 Years” values. By the end, you’ll be able to read an AD Scientific Index ranking entry or profile with confidence. Whether you’re checking your own standing or exploring colleagues’ profiles, understanding these indicators will help you gain insight into academic performance and trends at a glance.
H-Index
Definition: The H-index is a measure of scholarly impact. It is defined as the highest number h such that a researcher has h papers each with at least h citations. In simple terms, if your H-index is 20, you have 20 publications that have each been cited 20 or more times. This metric was originally introduced by physicist Jorge Hirsch as a balanced way to assess quantity and influence of publications.
Use in AD Scientific Index: In the AD Scientific Index, H-index is a core component of the ranking. AD Scientific Index displays two H-index values for each researcher: one for the Total (career) and one for the Last 5 Years. The Total H-index reflects your entire career’s impact, while the Last 5 Years H-index reflects your recent influence. By showing both, AD Scientific Index highlights whether a researcher’s impact is long-standing or more recent. For instance, some senior researchers may have a very high total H-index but a modest last-5-year H-index, indicating that much of their highly-cited work was published more than five years ago. Early-career or currently active researchers might have an H-index that is nearly the same in both categories, signaling active and ongoing impactful work.
Example (Fictional Researcher): Dr. Alex Carter is a fictional computer scientist. Over his career, Alex has published many papers; 18 of those have at least 18 citations each. Thus, his total H-index is 18. In the last five years, Alex has 12 papers with at least 12 citations, so his Last 5 Years H-index is 12. On AD Scientific Index, Dr. Carter’s profile would list “H-index: 18 (Total) / 12 (Last 5 Years).” This tells us that he’s had significant impact overall, and a good portion of that impact has come from recent years. If another researcher has a total H-index of 50 but a last-six-year H-index of only 5, it suggests their influential work is largely older, whereas Dr. Carter’s numbers show consistent contributions in recent years.
i10-Index
Definition: The i10-index counts how many publications have at least 10 citations. It’s a metric introduced by Google Scholar. If your i10-index is 25, you have 25 papers with ten or more citations each. This is a simpler productivity metric (compared to H-index’s sliding scale) and is especially useful for early-career researchers or those in fields where reaching 10 citations is a notable milestone for papers.
Use in AD Scientific Index: AD Scientific Index uses the i10-index as an indicator of research productivity and reach. Like the H-index, AD Scientific Index shows Total i10-index (covering your entire career) and Last 5 Years i10-index. These two numbers let readers see how much of a researcher’s output has been cited at least 10 times overall, and how many of those papers achieved 10+ citations in the recent six-year window. Often, the i10-index will be higher than the H-index, since it’s easier to have 10 citations on many papers than to have, say, 50 citations on 50 papers. By comparing the total vs. recent i10-index, AD Scientific Index signals whether a researcher’s citation-worthy output is ongoing. A high recent i10-index means the scientist continues to produce papers that are being cited by peers in the last few years.
Example (Fictional Researcher): Continuing with Dr. Alex Carter – suppose Alex’s Google Scholar profile shows 25 papers with at least 10 citations over his whole career. That gives him a Total i10-index of 25. In the last five years, 15 of his papers reached 10+ citations, so his Last 5 Years i10-index is 15. AD Scientific Index would list “i10-index: 25 (Total) / 15 (Last 5 Years)” on his profile. This indicates that out of his highly cited papers, more than half have seen those citations come in the recent years. If another researcher had an i10-index of 40 total but only 5 in the last 5 years, it would imply that most of their 10+ cited papers are older; in contrast, Alex’s numbers show steady relevant output lately.
Total Citations
Definition: Total Citations is the simplest metric – it’s the sum of all citations received by all of a researcher’s publications. If your work has been cited 5,000 times in total, your Total Citations metric is 5,000. This number often grows over time (citations accumulate as papers get older and as more people reference them) and can vary widely between disciplines (for example, life sciences often have higher citation counts than mathematics due to different publishing and citing patterns).
Use in AD Scientific Index: AD Scientific Index tracks citation counts as a key measure of influence. On AD Scientific Index, you will see Total Citations for a researcher’s entire career, alongside Last 5 Years Citations which count only the citations received in the past five years. These two figures help illustrate not just how much impact a researcher has had overall, but also how relevant or “active” their research is in recent times. If a researcher’s last-six-years citations are a large fraction of the total, it means their work is currently being cited frequently (they are very active or their recent papers are hits). Conversely, a big total with a small recent number may mean their foundational work is still being cited but they haven’t published much lately or new work hasn’t gained as much traction.
Example (Fictional Researcher): Let’s say Dr. Alex Carter has 1,500 Total Citations to all his publications. In the last five years, perhaps 800 of those citations occurred (i.e. other scholars cited Alex’s papers 800 times in the recent 5-year period). AD Scientific Index would display “Citations: 1,500 (Total) / 800 (Last 5 Years).” Interpreting this: over half of all citations to Alex’s work came from the last five years, which suggests that his research is currently very relevant and frequently referenced. By contrast, if another researcher had 10,000 total citations but only 500 in the last 5 years, we’d infer that most of their influence was historically significant but their newer work is less cited nowadays. The AD Scientific Index format makes such patterns immediately visible.
Interpreting “Total” vs “Last 5 Years”
One unique aspect of AD Scientific Index is the dual timeframe presentation for each metric. For every researcher and institution, AD Scientific Index shows metrics in two columns: Total (Career) and Last 5 Years. Understanding the difference is crucial:
Total values reflect the cumulative impact or output over an entire career. They capture everything up to now – all publications, all citations, the highest H-index achieved, etc. This indicates a researcher’s long-term legacy and overall body of work.
Last 5 Years values reflect a recent slice of activity and impact. AD Scientific Index uses approximately a six-year rolling window (roughly the current year and previous five years) to calculate these. This timeframe was chosen to represent recent performance, giving insight into how active and influential a researcher has been in the near term. It’s a way to measure current momentum in contrast to legacy. (In some contexts, AD Scientific Index documentation refers to a five-year window, but the platform currently displays six-year metrics, effectively capturing the last five complete calendar years of data.)
Why this matters: By comparing the Last 5 Years metrics to the Total metrics, you can immediately gauge whether a researcher’s influence is ongoing or if it was primarily in the past. For example:
If Last 5 Years ≈ Total (the recent numbers are close to the totals), it means the researcher’s career is relatively recent or they are consistently productive. Many early- and mid-career researchers will see this pattern, as most of their work has occurred in the last five years. It can also indicate a late-career researcher who is still very active.
If Last 5 Years is much lower than Total, it suggests the researcher had significant impact in earlier years, but their pace has slowed or their recent work hasn’t garnered as many citations. This is common for established academics who had a burst of influential publications more than five years ago. For instance, imagine a senior scientist with H-index 60 (Total) but H-index 10 (Last 5 Years); this implies that while they have a large body of highly-cited work, few of their new papers in recent years have reached 10+ citations yet.
If Last 5 Years is a substantial portion of Total (or even higher than earlier years’ rate), it indicates strong current performance. A researcher might have, say, 70% of their total citations coming from the last five years – a sign that their recent publications are making waves. This could also highlight rising stars whose impact is rapidly growing.
AD Scientific Index sometimes also provides a ratio “Last 5 Years / Total” (as a percentage) on profiles. For example, a ratio of (50%) would mean half of the impact is recent. A higher ratio (closer to 1) suggests a currently active influence, whereas a low ratio indicates a legacy-heavy profile. No single pattern is “good” or “bad” universally – fields differ and career stages matter. But understanding this comparison helps contextualize a researcher’s trajectory. It encourages us to recognize both enduring legacy and fresh contributions.
FAQ: Common Questions About AD Scientific Index Rankings
Q1: Where do these metrics come from?
A: The AD Scientific Index gathers its data from public Google Scholar profiles of researchers. All the metrics (H-index, i10-index, citations) are computed based on Google Scholar’s records of publications and citations. This means that if you have a Google Scholar profile, the numbers you see on AD Scientific Index should mirror those on your Google Scholar (with the addition of the “last 5 years” breakdown). AD Scientific Index regularly updates its database, so any new papers or citations reflected on your Google Scholar will eventually be updated in the index as well. Tip: If something looks off, make sure your Google Scholar profile is up-to-date and public.
Q2: How often are the AD Scientific Index rankings updated?
A: To ensure that additions, removals, and adjustments across various institutions and scientific fields are reflected quickly, rankings are recalculated every 3 days.
Meanwhile, Google Scholar data is updated approximately every 20 days. This near-real-time system allows the AD Scientific Index to respond rapidly to institutional and individual changes, offering a dynamic alternative to static annual rankings.
Q3: Why does AD Scientific Index separate out the “Last 5 Years” for metrics?
A: AD Scientific Index’s dual timeframe approach is designed to highlight recent research performance alongside career-long performance. Many traditional rankings or profiles only show total career metrics, which can favor older researchers who have had more time to accumulate citations. By also showing the last five years, AD Scientific Index addresses this imbalance: it shines light on who is actively contributing to science now. Five years is long enough to encompass the impact of several recent projects or papers (and smooth out year-to-year fluctuations), but short enough to reflect current activity. This is helpful for identifying rising stars or institutions on the upswing. For instance, a university department might have a lower overall ranking but a strong last-5-year performance, indicating a rapid improvement. In short, the separate timeframe adds a forward-looking perspective: it helps users see both legacy and momentum in research at a glance.
Q4: I found that a colleague is listed in the AD Scientific Index rankings, but I am not. Why am I not on the list, and how can I get included?
A: Not being listed can be concerning, but it doesn’t necessarily reflect on your accomplishments. AD Scientific Index does not automatically include every researcher with a Google Scholar profile. Initially, AD Scientific Index started by scanning certain institutions and adding profiles, and it continues to expand its database selectively. To ensure inclusion, the recommended way is to register on the AD Scientific Index website. AD Scientific Index’s FAQ and policies make it clear that filling out the online registration form is the way to be added – they don’t accept email requests or automatically scrape all profiles. Registration may involve providing your Google Scholar ID or profile link and some verification. There might be a processing time (and note that AD Scientific Index offers premium membership options, though basic listing is generally free aside from possibly registration fee). If you have registered and still don’t see your name after the next update cycle (updates happen periodically, as mentioned), you could reach out to AD Scientific Index support. Also, double-check that your Google Scholar profile is public and that your name/affiliation details are entered correctly.
Q5: How can I tell if my H-index (or other metric) is “good” for my field or career stage?
A: This is a great question – metrics are relative and mean different things in different contexts. A raw number like “H-index = 15” can’t be judged in isolation as simply good or bad. Instead, consider: your discipline, your peers, and your career length. Citation practices vary widely: for example, an H-index of 15 might be outstanding in a field like Classics or Mathematics (where fewer papers and citations are the norm), but more common in Biomedical Sciences. AD Scientific Index helps with this by allowing field-specific and country-specific views. To gauge your standing, you can filter the AD Scientific Index rankings by your research area or your institution. For instance, see what the top researchers in your sub-discipline have as metrics, or check the range of H-index values for colleagues at your career stage. Also, consider career age: a young researcher with H-index 10 could be on a faster trajectory than a 30-year veteran with H-index 20. In summary, “good” is relative – use AD Scientific Index’s field rankings to benchmark (more on that below in Guide 2) and remember that quality of research and other factors matter beyond just the numbers.
(Other questions?)
These are just a few common FAQs. For more, you can visit the full AD Scientific Index FAQ page on their website, which addresses technical issues, inclusion criteria, and more. And of course, feel free to reach out to AD Scientific Index support or your institution’s research office if you have specific concerns.
Summary
The AD Scientific Index provides a transparent snapshot of academic performance by distilling complex data into three key metrics over two timeframes. By now, you should be comfortable with what H-index, i10-index, and citation counts represent and how to read both the Total and Last 5 Years values for each. Remember that these numbers each tell a story: H-index and i10-index reflect both productivity and impact; citations reflect overall influence; and the time-split shows past achievement versus current activity. Together, they offer a well-rounded picture of a researcher’s academic profile.
When you look at an AD Scientific Index ranking table or an individual’s profile page, take a moment to compare the metrics: see how the researcher’s recent work compares to their career output, note how they rank in their country or field, and consider factors like discipline norms. This will give context to the raw numbers. Ultimately, a ranking is a starting point for insight, not a full measure of one’s worth. Use it to celebrate progress, identify areas of growth, or discover peers doing influential work.
Where to Learn More:
AD Scientific Index Methodology: If you’re interested in how the data is gathered and processed (including details on the six-year window and data cleaning), check out the official AD Scientific Index Methodology page. It provides in-depth information on the ranking’s principles and approach.
AD Scientific Index Frequently Asked Questions: For further questions such as profile management, registration, or premium features, see the AD Scientific Index FAQ on their website. It’s an excellent resource if you have specific queries or technical issues.
Guide for Researchers – Increasing Visibility: Now that you know how to read your AD Scientific Index ranking, you might be wondering how to improve it. The next guide, “Guide for Researchers: Increasing Your Visibility in AD Scientific Index,” offers practical steps to ethically enhance your profile’s visibility and impact on the index. It’s a great next read to translate understanding into action.
AD Scientific Index Learning Hub: AD Scientific Index is developing a Learning Hub where you can find tutorials, user guides (like this one), and tools to make the most of the platform. Keep an eye on the AD Scientific Index website for this centralized resource to dive even deeper into making AD Scientific Index work for you.
Opening Message – Why Visibility Matters:
In academia, visibility isn’t about fame for its own sake – it’s about ensuring your research finds its audience and makes an impact. Having a strong presence on platforms like the AD Scientific Index can help highlight your contributions to potential collaborators, employers, and funders. When your scholarly output is easily discoverable and clearly presented with metrics, it builds your credibility. In other words, visibility is a proxy for how accessible and recognized your work is. A higher visibility means your work is reaching more people, which often correlates with more citations, opportunities for collaboration, and a greater overall influence in your field. This guide is a step-by-step roadmap to help you ethically increase your visibility on the AD Scientific Index, thereby amplifying the reach of your research.
We will cover actionable steps – from optimizing your Google Scholar profile (the data source for AD Scientific Index) to adopting research and networking practices that naturally boost your profile. We’ll also highlight do’s and don’ts to ensure that your journey to greater visibility maintains academic integrity. Remember, the goal is to showcase your hard work effectively, not to game the system. By following these guidelines, you’ll make it easier for AD Scientific Index (and by extension, other scholars and institutions) to see the value of your research.
1. Maintain and Optimize Your Google Scholar Profile
Checklist: Since AD Scientific Index pulls its data from Google Scholar, your Google Scholar profile is essentially your “front door” to being recognized on the index. Ensuring that it’s complete and up-to-date is the foundation of visibility. Use this checklist to polish your profile:
Make your profile Public: In Google Scholar, set your profile visibility to public. A private profile won’t be indexed by AD Scientific Index. Double-check this setting first so that your presence can even be detected.
Use Your Official Name Consistently: Make sure your name on Google Scholar matches the name you use in publications. Consistency helps AD Scientific Index correctly attribute your work to you (especially important if you have changed names or use abbreviations). Add alternate name spellings if necessary in your profile so all your publications are captured.
Fill Out Affiliation and Email: Provide your current institution affiliation and verify your institutional email (if possible) on Google Scholar. AD Scientific Index often lists researchers by institution and country, so a correct affiliation helps you show up in those rankings properly. A verified email also increases credibility.
Add All Your Publications: Check that all of your significant publications are included in your Google Scholar profile. Manually add any missing ones (especially recent conference papers, chapters, etc., that might not auto-populate). Also remove any papers that are not yours (occasionally author name mix-ups can add someone else’s work to your profile – clean those out to avoid misleading metrics).
Merge Duplicates and Correct Metadata: If the same article appears twice in your profile (perhaps with slightly different titles or sources), merge them. Ensure titles, author lists, and dates are accurate. Clean data means accurate citation counts. Google Scholar allows you to edit publication details – doing so can fix citation linking issues.
Update Regularly: Make it a habit to update your profile every few months. Whenever you publish a new paper, add it. If you’ve attended a conference or had a preprint cited, check that those citations appear. Frequent updates ensure AD Scientific Index’s periodic data harvest will catch all your work. (AD Scientific Index updates profiles approximately every 20 days, so timely updates on your end will be reflected on the next round.)
Link to ORCID (optional): Consider adding your ORCID ID to your Google Scholar profile description or website link. While AD Scientific Index doesn’t use ORCID directly, it signals a well-maintained profile and can help differentiate you if you have a common name. It also helps others verify your identity and publications across platforms.
Profile Picture and Bio: Though not directly affecting AD Scientific Index metrics, a professional profile picture and a concise bio in Google Scholar can make your profile look more legitimate and complete. If a colleague or evaluator clicks through from AD Scientific Index to your Scholar profile, it creates a good impression and connects your name to a real persona.
This Google Scholar maintenance checklist is your first step because a robust Scholar profile means AD Scientific Index has the best data to work with. A complete profile maximizes the chances that all your work counts toward your metrics. It also reduces errors or omissions that could hurt your apparent ranking.
2. Research Practices to Boost Visibility (Ethically)
Beyond maintaining your profile, consider how your ongoing research and networking practices can increase the visibility of your work. Here are several proven strategies, each illustrated with examples of how researchers have benefited:
Publish Quality Over Quantity – in the Right Venues: High-quality research tends to get noticed. Focus on publishing in reputable journals or conferences where your work will reach the target audience. For example, Dr. Maria López, an early-career biologist, concentrated on publishing two solid papers in well-regarded open-access journals rather than five mediocre ones. Those two papers garnered significant citations (and attention) because they were impactful and accessible, quickly boosting her AD Scientific Index metrics. Quality work in visible outlets naturally leads to more citations and thereby higher visibility on AD Scientific Index.
Collaborate and Network: Building a network of collaborators can extend the reach of your research. Joint projects often mean your work gets exposed to multiple research groups. Professor Jamal Singh (fictional) in engineering started collaborating with a team in another country on a interdisciplinary project. Through this partnership, he co-authored papers that tapped into two communities, doubling the potential readership. Consequently, his citation counts in recent years climbed notably. Collaboration also sometimes leads to being cited by your collaborators’ networks – organically increasing visibility. Just ensure collaborations are genuine and contributory.
Share Your Work Widely (but Respectfully): Take advantage of academic social networks and repositories. Upload preprints or post accepted versions of your papers on platforms like arXiv, ResearchGate, or your institutional repository (as per journal copyright policies). When more people can read your work, more can cite it. Dr. Lina Chen, for instance, shared her data science articles on her personal website and tweeted about new findings at conferences. This led to a few extra citations from folks who discovered her work online. Visibility beyond paywalls can attract citations from unexpected places. (Always do this ethically—use only legal self-archiving routes.)
Present at Conferences and Seminars: Visibility isn’t only online. Presenting your research at conferences, webinars, or departmental seminars raises your profile. Often, conference papers or presentations lead to follow-up citations when you later publish full papers. They also make your name recognizable. For example, Dr. Ahmed El-Rami gave a talk at a major chemistry conference. A researcher in the audience later cited Ahmed’s work in their own paper, having remembered his presentation. Engaging with the community through talks and discussions ensures people know your work, which increases the likelihood of citations and profile views.
Engage in Open Science Practices: If feasible, make your research data or code available, or publish open-access. This often leads to others using (and citing) your resources. Jane Doe, a fictional psychologist, shared her dataset and analysis code on an open platform. Over the next year, three different research groups used her data in their studies and cited her original paper. Those citations directly improved her visibility metrics. Being useful to peers can amplify your citation count legitimately.
Consistent Authorship and Profile Linking: Make sure all your publications use a consistent version of your name, and include your affiliation on manuscripts. This improves the chances that Google Scholar and AD Scientific Index correctly attribute work to you. For instance, Prof. Kevin O’Nara previously published under “K. O Nara” on some papers – he noticed those were missing from his citations until he updated them. Now he uses one consistent name spelling and his metrics fully reflect his output. Consistency avoids fragmentation of your scholarly record.
Cite Relevant Work of Others: This might sound counterintuitive – how does citing others help you? It fosters goodwill and scholarly conversation. Researchers you cite might notice your work, read it, and in turn cite you if it’s relevant later. It’s an indirect effect, but being a responsible scholar who situates your work well can increase its impact. Just ensure your citations of others are truly warranted (never cite just to be cited back – that veers into unethical territory).
Each of these practices increases your academic visibility in a genuine way. Real-life success stories (like the fictional scenarios above) show that when you focus on meaningful contributions and community engagement, the numbers follow. More eyes on your work will organically lead to more citations and a higher profile on AD Scientific Index. It might take time – but consistent, ethical effort compounds.
3. DOs and DON’Ts (Ethical Visibility Checklist)
It’s crucial to approach increasing your AD Scientific Index visibility ethically. The academic community (and AD Scientific Index itself) is vigilant about integrity, so any attempt to “game the system” can backfire badly. Below is a clear list of do’s and don’ts to guide your efforts:
DO (Recommended Practices)

DON’T (Avoid These Behaviors)

Keep your profiles up-to-date: Maintain your Google Scholar (and other academic profiles) with current publications, correct metadata, and a professional appearance.

Don’t neglect or falsify profile info: Letting your profile sit outdated can cost you recognition. Conversely, never add papers that aren’t yours or misrepresent data – it will damage trust if discovered.

Prioritize quality research output: Focus on impactful research that advances knowledge. Publish in reputable journals and conferences where your work will be noticed by peers.

Don’t chase quantity via dubious outlets: Avoid publishing in predatory journals or stuffing out low-quality papers just to pad numbers. Inflated publication counts without impact won’t truly help visibility (and may harm your reputation).

Use fair citation practices: Cite others’ work where appropriate, and encourage healthy scholarly discourse. Your genuine engagement can lead to reciprocal interest in your work.

Don’t inflate citations unethically: This includes excessive self-citation (citing your own work in unrelated contexts) or forming “citation rings” with friends to cite each other’s work artificially. AD Scientific Index and other metrics can detect unusual citation patterns, and it undermines your credibility.

Collaborate authentically: Work with co-authors when it makes sense scientifically. Real collaborations can broaden your reach as discussed. Ensure each co-authorship reflects true contribution.

Don’t add fake or honorary co-authors: Listing someone who didn’t contribute, or getting yourself added to papers you didn’t help with (“gift authorship”), is unethical. AD Scientific Index may remove profiles involved in false authorship if discovered. Always earn your authorships honestly.

Monitor your metrics occasionally: It’s fine to keep an eye on your AD Scientific Index ranking and metrics to gauge progress and ensure accuracy. Use it as feedback to guide your efforts (e.g., maybe you see a boost after a new paper – great!).

Don’t obsess or game the system: Avoid any temptation to manipulate metrics (for example, uploading the same paper twice under different titles, or citing your own thesis 100 times). Apart from ethical issues, such tricks can be identified. An authentic slow growth in metrics is far more sustainable and respected.

Use this checklist as a quick reference. The DOs will help you build a strong and respectable academic profile. The DON’Ts serve as red flags – not only could these behaviors tarnish your reputation among peers, but AD Scientific Index explicitly warns that profiles engaging in unethical practices (like citation manipulation or false data) may be removed from the index. In short, integrity is key: the only visibility worth having is earned visibility.
4. Benchmarking Yourself Against Peers and Institutions using AD Scientific Index
One useful feature of AD Scientific Index is the ability to benchmark – in other words, compare your metrics to those of your peers, whether within your institution, country, or field. This can provide context and set realistic goals for your own development. Here’s how you can make the most of AD Scientific Index for benchmarking:
Find Your Institution’s Rankings: On the AD Scientific Index website, use the search or navigate to University Rankings, then find your university or institute. AD Scientific Index provides a list of researchers from many institutions (if your institution is included). Locate your name on the list (or see if you’re listed yet – if not, consider registering as mentioned earlier). You’ll be able to see your world rank, country rank, and institution rank right there. For example, you might find you are 20th in your university for H-index last 5 years, or ranked 5000+ globally. Seeing these numbers helps contextualize where you stand. If a colleague in your department has a higher H-index, you can recognize what’s achievable in your immediate environment.
Use Field and Country Filters: AD Scientific Index allows filtering by broad fields (like Engineering, Medicine, Social Sciences, etc.) and even narrower disciplines. Take advantage of this. If you’re a chemist, looking at the global chemistry rankings (or national chemistry rankings) will let you compare apples to apples. Maybe your H-index is 15 – that might place you in the top 100 in your country’s Chemistry list if it’s a less populated field, or maybe around 10000th globally. Knowing this helps set your expectations. It can be motivating: if you see that the top in your field have H-index 50, you can gauge the gap and also learn from their profiles (What kind of output do they have? How spread out are their citations?).
Compare “Last 5 Years” Peers: Sometimes it’s enlightening to specifically compare recent performance. AD Scientific Index lets you sort by last-5-year metrics. Perhaps you and a colleague both have a total H-index of ~20, but your last-5-year H-index is 15 whereas your colleague’s is 5. This suggests you’ve been more active recently. Benchmarking on recent metrics can identify who is currently rising. If you find someone in your field who has a strong last-5-year score, maybe look at their work – it could inspire ideas or collaborations.
Institution vs. World Benchmark: Notice how your institution’s average performance is. AD Scientific Index provides institutional rankings too. If your university is, say, ranked 1000th globally on AD Scientific Index, what are its top researchers’ metrics? This can give a sense of the research environment you’re in. If you aim to be among the top at your institution, those individuals’ profiles set a benchmark for you.
Use the “Compare” Tools if Available: AD Scientific Index has a “Compare & Choose” tool (often aimed at students choosing universities, but it can compare researchers too). If available to you, try using any comparison feature to directly juxtapose two profiles. Alternatively, you can manually compare by opening two profiles side by side.
Set Personal Goals: After benchmarking, set some realistic, ethical goals. For example, “Increase my citation count from 500 to 800 in the next year by publishing two solid papers and promoting them.” Or “Move from rank 50 to rank 40 in my institution by improving my H-index from 10 to 12 over two years.” Goals like these can be motivating and by looking at peers who achieved those numbers, you can roughly map what it might take (in terms of output and impact) to get there.
Keep in mind, benchmarking is not about vanity or unhealthy competition; it’s about context. It helps answer the question, “How am I doing relative to others in similar situations?” Use it to identify strengths to build on and weaknesses to address. For instance, you might realize your citation count is good but H-index is lagging – meaning your citations are concentrated in a few papers. That could encourage you to diversify your research output. Or you might notice someone from a similar institution climbed the ranks quickly and discover they did so by tapping into a new research trend – which might inspire you too.
One more benefit: benchmarking via AD Scientific Index can highlight potential collaborators or mentors. If someone in your field (perhaps even in your university) is excelling, reaching out to congratulate them or discuss their work can open doors. The index essentially provides a networking map of who’s who in various niches of research.
5. Tips to Avoid Red Flags (Protecting Your Profile and Reputation)
We’ve touched on ethical practices in the DOs and DON’Ts section. Here we reinforce some specific red flags to avoid, because getting flagged or penalized can severely hurt your visibility (AD Scientific Index could even remove you from the rankings in serious cases):
Avoid Inflating Citations Artificially: It may be tempting to cite your own work frequently, or form an agreement with a group of colleagues to cite each other’s papers repeatedly. Don’t do this with the sole aim of boosting metrics. AD Scientific Index and other observers can notice unusual citation patterns (for example, if two authors cite each other dozens of times disproportionately). Such practices, often dubbed “citation farming” or rings, can lead to ethical investigations. Always ask yourself: Is this citation genuinely relevant to the research at hand? If not, leave it out. A sudden spike in self-citations might boost your number briefly but will raise doubts and could tarnish your profile integrity.
Don’t Engage in Fake Co-authorship or “Authorship Trading”: Only put your name on research you have truly contributed to. Similarly, don’t add someone as a co-author just to possibly get reciprocal favors. There have been cases in academia of “guest authorship” where names are added without real input – this is unethical. AD Scientific Index’s policies explicitly mention removing profiles involved in false authorship or fabricated content. Beyond AD Scientific Index, journals can retract papers for this, and your reputation can suffer irreparably. It’s simply not worth it.
Steer Clear of Predatory Conferences/Journals: In the quest for more publications or citations, some might be drawn to conferences or journals that claim to guarantee quick publication or easy citations. These predatory outlets often have no real peer review and are not respected. Work published there might not be counted by Google Scholar or may not attract genuine citations. Worse, being associated with them can cast doubt on your CV. Stick to reputable venues – quality of venue matters for how colleagues perceive and cite your work.
Handle Corrections or Retractions Responsibly: If one of your papers has a serious error, handle it through the proper channels (erratum or retraction if needed). Trying to hide problems is a red flag. AD Scientific Index might mark retracted papers or if a retraction is due to misconduct, that could lead to profile scrutiny. It’s better to maintain a profile of honest, if imperfect, science than to have something unethical come to light later.
Don’t Spam or Self-Promote Inappropriately: While it’s good to share your work, avoid spamming mailing lists or comment sections with your paper links just to get attention. This can annoy the community and backfire. By all means, announce your publications on Twitter or LinkedIn, but do so in moderation and with context (e.g., share why the work is interesting, not just “please cite me”).
Respect the Privacy and Boundaries: If you are reaching out to others in your quest to increase visibility, do it professionally. For instance, it’s okay to email a researcher whose work you cited and share your paper (it might lead them to notice your work). But it’s not okay to ask them outright to cite you, or worse, to add you as co-author on something you didn’t do. Build relationships, not transactions.
Staying clear of these red flags is important. AD Scientific Index has ethical oversight – profiles have been removed for rules violations. And even if there wasn’t an official watch, your peers in the academic community notice these things. You want your increased visibility to come from colleagues genuinely finding value in your work, not from cutting corners. In the long run, the latter always harms more than helps.
Closing – Encouragement for Ethical Contribution
Increasing your visibility on AD Scientific Index is not an overnight project – it’s a gradual process that aligns with building a solid academic career. The key takeaway is that visibility follows naturally from diligent, quality research and proactive sharing. By maintaining your Google Scholar profile, engaging with your community, and following the ethical best practices outlined above, you are essentially shining a light on your hard work.
Remember that each publication, each citation, each collaboration is a brick in the structure of your scholarly reputation. AD Scientific Index simply makes that structure visible to the world. So focus on making it strong: do good science, document it well, and promote it in the right ways. Celebrate small milestones – an uptick in citations, a move up in your field ranking – and let them motivate you further. If you ever feel discouraged by the numbers, take heart in the fact that these guides and tools are here to help you improve, not to rank shame. Every expert was once an early-career researcher with a low H-index. With time, persistence, and ethical practice, your work will get the recognition it deserves.
Stay curious, stay honest, and keep contributing to the world of knowledge. As your visibility grows, so will the impact of your ideas. And that, ultimately, is the goal: not just to be seen, but to make a difference through your research.
Happy researching, and see you climbing up the AD Scientific Index – the right way!
If you decide not to renew, your profile will simply revert to a basic profile. All your core data (name, affiliation, publication metrics) remains visible and you will still be ranked, but you’ll lose access to the extra Premium features (like advanced analytics, profile customization, etc.). There’s no penalty – you keep your free profile; you just won’t have the premium tools anymore.
We respect researchers’ wishes. If you want your profile removed, simply send us a request via email (to our support/contact address) with your details. Upon verifying the request, we will opt you out of the Index. After removal, your name and data will no longer appear in any public rankings. (Do note that if your Google Scholar profile is completely hidden or deleted, your data would automatically drop from our listings as well.)

Still need help?

Reach out to our support team for clarification on rankings, institutional partnerships, premium upgrades, or data privacy.